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Rapid development of the theory of superfluid condensed matter and high-precision astronomical data in recent years, obtained by Planck space telescopes and the HST, the detector PAMELA, Fermi, AMS, allows to fill the vacuum of space of the Universe physical content.The experimental results of the Military Engineering Space Academy with the magnetometer installed on the artificial earth satellites, clearly confirm the reality of heterogeneous polarized dipole space environment, which has electric and magnetic perception, analog superfluid ³He-B.The paper considers the anisotropy of physical…mehr

Produktbeschreibung
Rapid development of the theory of superfluid condensed matter and high-precision astronomical data in recent years, obtained by Planck space telescopes and the HST, the detector PAMELA, Fermi, AMS, allows to fill the vacuum of space of the Universe physical content.The experimental results of the Military Engineering Space Academy with the magnetometer installed on the artificial earth satellites, clearly confirm the reality of heterogeneous polarized dipole space environment, which has electric and magnetic perception, analog superfluid ³He-B.The paper considers the anisotropy of physical space of the universe and a new longitudinal interaction, move planets, stars and galaxies. This new electromagnetic interaction can move and spaceships.Four articles included in this collection, is a polemical response to the scientific work, leading Russian scientists.
Autorenporträt
Stanislav Ivanovich Konstantinov is a professional physicst and engineer with twenty-five years of service to RSC¿Energy¿ Russia. He is a graduate of St.Petersburg State Pedagogical University, Department of Physical Electronics. He is a member of a group of scientists and engineers who participated in the project of the space shuttle "BURAN".